Atmospheric plasma has strong oxidizing properties. With this plasma technology, layers of adsorbed molecules, such as oil and water, can be easily removed from metal surfaces. Using atmospheric plasma, plastic surfaces are oxidized. This plastic treatment method enhances the wettability and adhesion of inks and glues by improving surface energy.

Atmospheric plasma treatment is ideal for in-line processing, or for small-area plasma treatment of larger parts that are too bulky to be vacuum/batch processed. Atmospheric plasma is highly effective at activating and cleaning material surfaces, enhancing adhesion and making it easier to bond, spray, and glue. Atmospheric plasma nozzles can be clamped to fixed points or simple multi-axis robots, making them ideal for industrial applications.

During processing, the relative movement between the atmospheric plasma and the workpiece ensures that the substrate generates little or no heat. This makes the system suitable for handling a wide range of materials, including polymers, glass, ceramics, and metals. Atmospheric plasma is formed from compressed air and can operate without the need for expensive gases. In addition, a variety of nozzles are available for larger treatment areas or for finer, more localized processing.

NaenTech's atmospheric pressure plasma system is an innovative, environmentally friendly technology that enhances the performance, durability and aesthetics of your products. This technology uses cold plasma with the help of plasma nozzles (plasma jets) to improve material properties. Atmospheric pressure plasma technology is used for surface pretreatment, which is time-saving, labor-saving, cost-effective, and effective.

We can show you how atmospheric plasma solution systems can improve the efficiency, safety, and profitability of your manufacturing, maintenance, and repair operations. Our team of support engineers can work hand-in-hand with you to provide the necessary testing and analysis to demonstrate that our tools can meet your operational goals.